My research work lies at the interface between astrophysics and climate sciences.
I develop and use a hierarchy of sophisticated numerical climate models to study the atmospheres of terrestrial planets
located both inside and outside the Solar System. The goal of this work is to explore new worlds,
potentially similar to our own, and from that exploration, to get a unique perspective on our Earth.

While astrophysics fascinates me, I am concerned about the human-driven evolution of Earth's climate.
My ambition is to detect and characterize the atmosphere, clouds and surface of exoplanets of terrestrial-size, temperate exoplanets.
This scientific endeavour would make it possible to study exoplanets potentially similar to the Earth (in size, mass and insolation)
but which have evolved in a very different environment from our Earth.

This exploration is essential to assess how unique the Earth is, as well as to learn more about the potential threats that lie ahead.

NEWS:

Check out this video of my performance presenting my PhD (in french) in less than 3 minutes here. Long, official version available here.